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According to the theory of Bohr - Somerfield, the atoms become like a miniature planetary systems, where the "planets" are the electrons moving in orbits around the central body - the nucleus. It should, however, keep in mind that the analogy with planetary systems is rather conventional. The fact is that in the microcosm can use Newton's laws; there are specific laws of quantum mechanics. An orbital electron can be viewed on the one hand, as a kind of corpuscle (with definite mass, energy, charge), and the other - as a kind of wave length that is placed on the length of the orbit is an integer times (this number is just the principal quantum number n). If n is relatively small, the length of the electron wave is of the same order as the length of the orbit. Clearly, in this case makes no sense to talk about electron orbits.
Quantum mechanics, abandoning visual image of the electron, offering to represent an electron in an atom as a kind of electron cloud is more dense in those points in space, where more likely to detect this electron. The shape and size of the effective electron clouds depend on the quantum numbers defining the state of an electron in an atom.
In multielectron atoms the electron clouds of the picture is more complicated. In connection with this view is not itself a cloud, but only the distance to the nucleus to
which is most likely to detect the electron described by one or another set of quantum numbers. This distance is called the radius of the electron shell, corresponding to given values ​​of quantum numbers. It should be noted that for each electron shell can "settle" is not a strictly defined number of electrons. This is a manifestation of the Pauli principle.

With increasing atomic number electrons gradually colonize the electron shells. In an atom of potassium is fully populated shells Is, 2s, 2p, 3s, 3p, and there is one electron in the shell 45. The uniformity of the outer electron shell configurations of atoms of alkali metals and explains the commonality of their properties. In this example, you can see how the pattern of populating the electronic shells of an atom can explain the patterns of the periodic table of chemical elements.